The content of the invention
The purpose of the present invention is being directed to existing technology, there are the above problems, it is proposed that a kind of hand in user does not enter water
Under the situation of body, the passage between sink and sewer pipe can be connected, and reaches the outlet device of drainage effect.
The purpose of the present invention can be realized by following technical proposal:A kind of automatically controlled outlet device, including:It is installed on sink slot
The housing of body bottom, and there are one lifting mechanisms for setting in housing;Solenoid valve, one end are connected by zipper with lifting mechanism,
The other end of solenoid valve is electrically connected with a control mechanism, wherein, control mechanism is installed on sink groove body, passes through control mechanism
Drive magnetic valve acts, and realizes the lifting of zipper and pine from and then realizing the rise and fall of lifting mechanism.
In a kind of above-mentioned automatically controlled outlet device, the signal that control mechanism includes being installed on sink groove body upper surface sends mould
It block and is installed on the signal receiving module of sink groove body lower surface and powers to signal transmitting module and signal receiving module
Power module.
In a kind of above-mentioned automatically controlled outlet device, lifting mechanism includes being movably connected on fork on housing, and fork
One end is connected with zipper and mounted on the in vivo insertion chock plug of shell, wherein, one end of chock plug is inserted into installing in the housing interior
Courage activity is nested, and the other end and fork for being inserted into chock plug are used cooperatively.
In a kind of above-mentioned automatically controlled outlet device, there are one opening and closing parts for the fork setting of the one end that is connected with zipper.
It is set in a kind of above-mentioned automatically controlled outlet device, on opening and closing part there are one circular hole, the balled end phase with zipper
Match somebody with somebody, wherein, which is spliced to form by two semi-circular arcs.
In a kind of above-mentioned automatically controlled outlet device, insertion chock plug activity is nested in the bottom of liner, wherein, liner at the bottom
Center forms cavity, and the insertion chock plug end face in the cavity and liner at the bottom surface flush to lower recess.
It is wedge-like engagement between cavity and insertion chock plug in a kind of above-mentioned automatically controlled outlet device.
In a kind of above-mentioned automatically controlled outlet device, nested in liner there are one collecting swill or fruits and vegetables residue
Filter basket, wherein, be embedded in the openend of filter basket there are one branch cover.
In a kind of above-mentioned automatically controlled outlet device, formed from outside to inside between housing, liner, filter basket and branch cover
Nested encryptions step by step.
It is arc-shaped flush-mounted in the insertion chock plug end face of cavity one end in a kind of above-mentioned automatically controlled outlet device, with filter basket
The arc of bottom surface matches.
In a kind of above-mentioned automatically controlled outlet device, on fork opening and closing part lifting direction and be inserted into chock plug lifting direction and
The axis of filter basket coincides.
Compared with prior art, a kind of automatically controlled outlet device provided by the invention is sent by control mechanism and instructed, driving electricity
Magnet valve acts, and realizes the rise and fall of lifting mechanism, and then realizes the conducting and blocking between sink groove body and sewer pipe,
So that the hand of user in the case where not entering the situation of water body, can reach drainage effect, it is easy to operate, reliable;In addition, solenoid valve is only
It stands on outside housing so that solenoid valve is in dry environment, improves the reliability of electromagnetic valve work.
Specific embodiment
It is specific embodiments of the present invention and with reference to attached drawing below, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figures 1 to 4, a kind of automatically controlled outlet device provided by the invention, including:It is installed on 100 bottom of sink groove body
Housing 200, and set that there are one lifting mechanisms 300 in the housing 200;Solenoid valve 400, one end (are preferably by zipper 500
Steel wire tow line) it is connected with lifting mechanism 300, the other end of solenoid valve 400 is electrically connected with a control mechanism 600, wherein, control
Mechanism 600 is installed on sink groove body 100, is acted by 600 drive magnetic valve 400 of control mechanism and (is shunk and stretch), realizes
The lifting of zipper 500 and pine are from and then realizing the rise and fall of lifting mechanism 300.
A kind of automatically controlled outlet device provided by the invention is sent by control mechanism 600 and instructed, and drive magnetic valve 400 acts,
It realizes the rise and fall of lifting mechanism 300, and then realizes the conducting and blocking between sink groove body 100 and sewer pipe, make
The hand of user is obtained in the case where not entering the situation of water body, drainage effect can be reached, it is easy to operate, reliable;In addition, solenoid valve 400
Outside housing 200 so that solenoid valve 400 is in dry environment, improves the reliability that solenoid valve 400 works.
Preferably, as shown in Figures 1 to 4, control mechanism 600 includes the signal hair for being installed on 100 upper surface of sink groove body
It send module 610 and is installed on the signal receiving module 620 of 100 lower surface of sink groove body and gives signal transmitting module 610 He
The power module 630 that signal receiving module 620 is powered, it is preferable that between signal transmitting module 610 and signal receiving module 620
Using wireless signal transfer, wherein, signal transmitting module 610 sends wireless signal, and signal receiving module 620 receives wireless communication
Number, then send instructions to solenoid valve 400 so that solenoid valve 400 is powered or powers off, so as to fulfill zipper 500 lifting or
Person pine is from and then realizing that lifting mechanism 300 is turned on or off.
Preferably, as shown in Figures 1 to 4, the upper surface of sink groove body 100 is set there are one touching switch 640, is clicked on and is touched
Switch 640 is touched, wireless signal is generated by signal transmitting module 610, and the wireless signal is sent to signal receiving module
620, after signal receiving module 620 receives the wireless signal, the energization or power-off of solenoid valve 400 are controlled, so as to fulfill drawing
The lifting of lock 500 or pine are from and then realizing that lifting mechanism 300 is turned on or off, understood from the present embodiment, user
Touching switch 640 need to be pressed, you can realize being turned on or off for lifting mechanism 300, and then connect or disconnect sink groove body
Passage between 100 and sewer pipe avoids user from stretching out one's hand and opens outlet device or close outlet device, user-friendly.
Preferably, as shown in Figures 1 to 4, lifting mechanism 300 includes the fork 310 being movably connected on housing 200, and
One end of fork 310 is connected with zipper 500 and the insertion chock plug 320 in housing 200, wherein, insertion chock plug 320
One end is nested with 210 activity of liner in housing 200, and the other end of insertion chock plug 320 is used cooperatively with fork 310.
When zipper 500 is lifted, fork 310 is rotated around the connecting portion of housing 200, so as to touch insertion chock plug 320, and insertion is filled in
First 320 jack up upwards, so as to connect the passage between liner 210 and sewer pipe, that is, connect sink groove body 100 and sewer pipe
Between passage, and then the water body in sink groove body 100 is discharged into sewer pipe;When zipper 500 by pine from when, fork 310
The connecting portion around housing 200 rotates again, so as to depart from and be inserted into the touching between chock plug 320, that is, releases fork 310 for inserting
Enter the support of chock plug 320 so that insertion 320 automatic fall-back of chock plug, so as to block the passage between liner 210 and sewer pipe,
The passage between sink groove body 100 and sewer pipe is blocked, realizes the water storage in sink groove body 100.In the present embodiment, pass through
Linkage effect between zipper 500, fork 310 and insertion chock plug 320 realize connection between liner 210 and sewer pipe with
It blocks, convenient and reliable and mutual action transmission is completed by pure mechanic structure, and reliability is higher, in addition, fork
310th, it is relatively simple to be inserted into the structure of chock plug 320, it is easy to assembly, it is less prone to the reliability of action error, i.e. lifting mechanism 300
It is higher.
It is further preferred that as shown in Figures 1 to 4, there are one foldings for the setting of fork 310 of the one end that is connected with zipper 500
Portion 311, when zipper 500 is lifted, opening and closing part 311 is closed automatically, and locks zipper 500 so that fork 310 is in rotary course
In, the connection between zipper 500 and fork 310 does not depart from;When zipper 500 by pine from when, opening and closing part 311 automatically open, release
Constraint of the fork 310 for zipper 500, but the zipper 500 of the one end that is connected at this time with fork 310 is still in opening and closing part 311, it can
It rotates or moves automatically in opening and closing part 311, but do not depart from opening and closing part 311, so as to directly improve zipper 500 and fork 310
Between connection reliability, and then indirectly improve fork 310 for insertion chock plug 320 touch when reliability.Further preferably
Ground sets there are one circular hole on opening and closing part 311, matches with the balled end of zipper 500, wherein, the circular hole is by two semicircles
Shape circular arc is spliced to form, and when zipper 500 is lifted, two semi-circular arcs are spliced to form a full circle (circular hole), by zipper
It locks in the circular hole 500 one end;When zipper 500 by pine from when, the separation of two semi-circular arcs, but two semi-circular arcs it
Between gap be less than the diameter of 500 end of zipper so that 500 end of zipper can not flee from (disengaging) opening and closing part 311, and then
During so that zipper 500 and fork 310 being run repeatedly, the nesting that need not be interrupted with depart from, improve zipper 500 and fork 310 it
Between action transfer reliability.
Preferably, as shown in Figures 1 to 4, insertion 320 activity of chock plug is nested in the bottom of liner 210, wherein, liner 210
The center of bottom forms cavity 211 so that 320 end face of insertion chock plug and liner in the cavity 211 to lower recess
210 lower surface flushes.It is further preferred that being wedge-like engagement between cavity 211 and insertion chock plug 320, insertion plug is realized
First 320 unidirectional movement avoids insertion chock plug 320 from fitting with 211 bottom of cavity under self gravitation effect, be unfavorable for inserting
Enter rising or falling for chock plug 320.It is further preferred that the section of cavity 211 is set in round-like structure, wherein, cavity 211
The opening direction of big end size is towards 210 cavity volume of liner, and the opening direction of 211 small end size of cavity is towards fork 310;With cavity
The section of the insertion chock plug 320 of 211 nested one end is substantially in round table-like, wherein, the opening direction of insertion 320 big end size of chock plug
Towards 210 cavity volume of liner, the opening direction of 320 small end size of chock plug is inserted into towards fork 310, so as to fulfill 211 inner wall of cavity
Fitting closely (contact of the face with face) between insertion 320 outer wall of chock plug so that when water storage is carried out in sink groove body 100, keep away
Exempt from that drainage occurs between liner 210 and insertion chock plug 320, improve liner 210 and the leakproofness being inserted between chock plug 320.
It is further preferred that insertion chock plug 320 is in rotational-like structure setting, wherein, it is provided with along the axis direction of insertion chock plug 320
One, to be embedded in the annular groove of washer 321, further improves the leakproofness between insertion chock plug 320 and cavity 211.
It is preferably, as shown in Figures 1 to 4, nested in liner 210 that there are one collecting swill or fruits and vegetables residue
Filter basket 220, i.e., be filtered when logical filter basket 220 is by sink 100 draining of groove body, by swill and fruits and vegetables residue
It collects in filter basket 220, avoids it into sewer pipe, and cause the blocking of sewer pipe, wherein, in filter basket 220
Openend is embedded in there are one branch cover 230, on the one hand forms double-filtration between filter basket 220, on the other hand in draining,
It avoids enter into the swill in filter basket 220 or fruits and vegetables residue to return in sink groove body 100 under the impact of water body, be formed
Secondary pollution.It is further preferred that it is formed from outside to inside between housing 200, liner 210, filter basket 220 and branch cover 230
Nested encryptions step by step, convenient for assembling, in addition, there is gap between adjacent two layers grade, i.e., by every layer of component openings end at
Ring edge is achieved, i.e., lining component is nested and is held on outer part, i.e. 210 nesting of liner is held on housing 200
On, 220 nesting of filter basket is held on liner 210, and 230 nesting of branch cover is held on filter basket 220, is realized embedding step by step layer by layer
Set is shelved.It is preferably O-ring it is further preferred that being set between housing 200 and liner 210 there are one ring type seal 240,
The water droplet in sink groove body 100 is avoided to fall directly into the inner cavity of housing 200, causes the growth of bacterium, is polluted in sink groove body
The foods such as the fruits and vegetables in 100 during cleaning.
It is further preferred that as shown in Figures 1 to 4, it is arc-shaped flush-mounted in 320 end face of insertion chock plug of 211 one end of cavity,
Match with the arc of 220 bottom surface of filter basket, when insertion chock plug 320 is jacked up by fork 310 so that the end of insertion chock plug 320
Face can be fitted closely with 220 bottom end face of filter basket, ensure that the insertion chock plug 320 under jack-up state does not occur to rock relatively,
So that insertion chock plug 320 is when falling after rise, can straight line move down, without deviating in accurate embedded cavity 211, on the one hand
300 reliability of operation of lifting mechanism is improved, when on the other hand improving the insertion falling of chock plug 320, with the sealing between liner 210
Property, realize that sink groove body 100 being capable of quick water storage.It is further preferred that on fork 310 the lifting direction of opening and closing part 311 and insert
The lifting direction and the axis of filter basket 220 (in rotational-like structure setting) for entering chock plug 320 coincide, and improve lifting mechanism
Leakproofness between 300 reliabilities of operation and insertion chock plug 320 and liner 210.
It is further preferred that as shown in Figures 1 to 4, a pull rod spherical surface nut is removably connected in branch cover 230
231, convenient for lifting branch cover 230.
Preferably, as shown in Figures 1 to 4, external screw thread is provided on the housing 200 of 100 one end of sink groove body, works as shell
When body 200 is flush-mounted in the bottom of sink groove body 100, housing 200 is fixed on to the bottom of sink groove body 100 by clamp nut 250
Portion ensures 300 reliability of operation of lifting mechanism.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can do various modifications or additions to described specific embodiment or replace in a similar way
Generation, but without departing from spirit of the invention or beyond the scope of the appended claims.